Engineering in Laramie

Services in Laramie

MEP engineering

• High-altitude HVAC derating, since 7,200-foot elevation cuts equipment capacity and combustion efficiency and systems are sized accordingly
• University lab and research MEP for UW's engineering and atmospheric-science facilities
• Extreme-wind building envelopes, with the I-80 corridor's 70-plus mph gusts demanding airtight detailing
• Deep-cold heating for minus-30-degree design on the exposed plains
• Student-housing durability, with high-occupancy residential MEP built for harsh-winter turnover

Structural engineering

• Extreme wind-governed lateral design, in one of the windiest college towns in America
• Deep frost foundations in high-plains soils
• Blowing-snow and drift loading across open campus sites
• Historic sandstone and brick university building retrofits
• Freeze-thaw durability for all exposed concrete and masonry

Civil engineering

• Laramie River floodplain coordination
• Wyoming DEQ stormwater for the high-plains environment
• WYDOT I-80 interchange access, since winter closures shape construction logistics
• High-water-table and spring-seep grading on the plains
• Campus-scale utility and tunnel-system coordination for UW

Electrical engineering

• Grounding, bonding, and surge protection engineered for Wyoming's conditions — Laramie downtown commercial need power quality that holds up, and our drawings spell out every electrode and bond.
• For Laramie downtown commercial, distribution design covers switchgear lineups, feeder routing, and transformer placement — coordinated with the architectural layout so electrical rooms land where they are actually buildable.
• Send us the floor plans and load list; Laramie, WY projects get a firm electrical quote back quickly and permit-ready drawings sealed by a Wyoming-licensed PE.
• Laramie, WY electrical plan check focuses on load calculations, panel schedules, and one-line accuracy — our submittals answer those comments before the reviewer writes them, which is why our permits move.
• Laramie wind-corridor infrastructure projects frequently trigger service upgrades — we size panels, switchgear, and feeders for the real connected load plus code-required spare capacity, so the Laramie building department sees fault-current and load calculations that match the one-line diagram.

Plumbing engineering

• Below-grade plumbing gets special attention in Laramie — sump and ejector sizing, flood-level rim elevations, and backwater protection where the the Laramie building department reviewer will ask for it.
• Gas load calculations and piping layouts for Laramie downtown commercial — rooftop units, water heaters, and kitchen equipment all on one coordinated schedule the gas utility and the Laramie building department both accept.
• In Laramie's high-altitude cold and wind, exterior hose bibbs, irrigation backflow assemblies, and rooftop piping get freeze-rated details — the callbacks we prevent never make it onto a punch list.
• the Laramie building department plumbing review in Laramie, WY keys on isometrics, fixture-unit math, and gas sizing — our Laramie sets include all three, drawn cleanly enough that corrections stay minor.
• Fixture counts per the Wyoming plumbing code for Laramie athletics facilities: water closets, lavatories, and drinking fountains calculated by occupancy, with ADA clearances drawn — not assumed.

HVAC engineering

• Controls sequences written for the Laramie operator, not just the submittal: economizer changeover, morning warm-up, and unoccupied setback logic that actually gets programmed.
• Ventilation for Laramie downtown commercial projects is designed for the actual occupancy — conference-heavy floors, kitchens, and locker rooms each get their own air-change logic, not one blanket rate.
• Heating and cooling load calculations for Laramie athletics facilities using high-altitude cold and wind design conditions — envelope, occupancy, and ventilation loads modeled so equipment is sized right, not oversized by habit.
• Laramie downtown commercial need equipment that handles high-altitude cold and wind without short-cycling: we select and stage systems for part-load efficiency, not just design-day capacity.
• ASHRAE 90.1 and the IECC compliance built into the Laramie design from day one — envelope coordination, economizer logic, and demand-controlled ventilation documented in the COMcheck/energy model.